Using a low-quality or incompatible charging cable can drain a smartphone’s battery faster than expected. Ilya Kazakov, technical director of the MTS Urent Powerbanks service, explained to socialbites.ca how to pick a cable that protects the battery and preserves longevity.
The expert points out that battery drain is often a result of improper use and charging habits. To keep a battery lasting as long as possible, the correct charger and cable must be used every time.
Compatibility tops the list of factors. The charging cable chosen should match the device. For iPhones, a Lightning cable is required; for Android phones, a micro USB or USB-C cable is necessary. Using the wrong cable may not fit the device at all, let alone deliver a charging current.
The second key consideration is output current. The power supply body shows the current and voltage output. If a block delivers 2A, the chosen cable should be able to handle that current. Otherwise charging will take longer. Budget charging blocks typically provide up to 1.5A, so cables rated for 1.5 to 2A are a sensible match. If the charger can provide 2 to 2.5A, a cable rated for 2 to 3A is suitable. Many smartphones today support fast charging technologies, which means opting for a higher quality cable with an output rating around 3A can unlock faster charging when the device supports it, Kazakov noted.
Cable length also matters. Longer cables bring higher resistance in the conductors and a greater voltage drop along the length, which can slow charging, especially with thinner wires.
While longer cables offer convenience, they can tangle easily. Shorter cables are easier to manage but less flexible. For portable power banks, a shorter length is often best. In other scenarios, a common and practical length is about 1.5 meters, the expert advised.
Quality matters in daily use. A good cable should resist fraying and wear. Nylon-coated cables tend to be more durable and flexible than plastic PVC variants, while rubber or thermoplastic elastomer cables may perform better in outdoor conditions or extreme temperatures.
Thickness also plays a role. A thicker cable generally supports higher currents and remains cooler during charging, whereas very thin wires can heat up and limit performance.
In everyday use, selecting a cable and charger that align with the device’s specifications helps preserve battery health and deliver reliable charging over time. This approach reduces the risk of accelerated wear and provides a smoother, faster recharge when needed.
Note on energy use and efficiency: a single high-demand AI request consumes more energy than a standard search, underscoring the importance of choosing efficient, compatible charging accessories for daily devices.